Energy operations that get ahead of failure.
Predictive models, automated field report processing, and technical assistants connected to the systems you already use. Higher asset availability, better planning, and a team that spends its time operating and growing.
The starting point
What slows operations down today
Maintenance that comes too late
Equipment is inspected on a fixed schedule or after it fails. Every unplanned outage costs generation, penalties, and crew hours.
Field reports on paper
Readings, inspections, and faults arrive as paper forms, photos, and scattered messages, and someone enters them into the system days later.
Planning without a solid forecast
Energy purchases, dispatch, and crews are sized on historical averages, not on a model that accounts for weather, consumption, and seasonality.
Regulations and manuals no one can find
Procedures, technical regulations, and manufacturer manuals add up to thousands of pages. Answering a question in the field takes longer than it should.
What we build
AI and software for energy
Every solution connects to the systems you already use. You can start with one and add the rest on the same foundation.
- Data and analytics
Predictive asset maintenance
Custom models trained on sensor data and failure history that detect wear before the equipment goes down.
- Data and analytics
Demand and generation forecasting
Forecasts of consumption and renewable generation using weather and calendar variables, so you can buy, dispatch, and plan ahead.
- Intelligent document processing
Digitized field reports
Meter photos, inspection forms, and field records are read automatically: the data is extracted, validated against the asset, and entered into the system.
- AI agents
Work orders straight from the field
An agent receives the technician's report on WhatsApp, as text, voice message, or photos, identifies the asset, and opens the work order without going through the office.
- Assistants and knowledge
Technical and regulatory assistant
Procedures, regulations, manufacturer manuals, and each asset's history, answered instantly with the source cited.
- Integrations and automation
Integrated operations
SCADA, ERP, maintenance management system, and spreadsheets connected to each other: every reading is entered once, and every team sees the same information.
How it would work
A field fault, end to end
A utility receives reports from its crews every day: photos of equipment, voice messages from the site, and scattered texts. Today someone interprets them, looks up the asset in the system, and creates the work order when they can.
The report comes in
The technician sends photos and a voice message on WhatsApp from the site, without opening another app.
It identifies the asset
The system recognizes the equipment from a photo of the nameplate or its location, and pulls up its technical specs and failure history.
It understands the fault
It interprets the audio and images, classifies the fault type and severity, and asks only for what is missing.
It creates the work order
It opens the order in the maintenance management system with the asset, the fault, the likely spare parts, and the applicable procedure.
It escalates what is critical
Electrical hazards, outages affecting many customers, and unusual faults go to the on-call supervisor, with the information already on file.
We have done this before
The technology is already in production
M.I.C.A · Integrando Salud
An agent in production that serves users on WhatsApp, understands voice messages and images, reads payment receipts from any bank, and writes directly to the client's management system.
In energy: the same technology that receives a technician's voice message and photos, understands the fault, and opens the work order in your system.
EMAS S.A.
Full implementation of an industrial ERP: more than 15 modules, including purchasing, inventory, production, sales, and administration.
In energy: the foundation for maintenance, spare parts, and purchasing to work from a single source of truth.
What AI is already changing
- 30–50%
- shorter outages when AI is used to detect and locate grid faults
- up to 175 GW
- of transmission capacity that AI could unlock without building new lines
- up to USD 110 billion
- in annual savings by 2035 from applying AI to power plant operations and maintenance
What sets us apart
Why leaders choose Axlan
Leaders work with us because we deliver AI that works in production, not just in demos.
Elite AI talent
Senior AI and software engineers with real experience taking solutions to production.
End-to-end execution
From strategy and data to deployment and operations in production.
Safe, scalable AI
Designed for transparency and human oversight, and built to last.
AI-accelerated delivery
We build with AI, so we reach production faster and with fewer hours.
Wondering how AI
can help your company?
Tell us about a process that eats up hours today. We'll tell you whether it can be automated, how, and with what.